SAFETY
WARNING FOR INCORRECT OPERATION OR ACTION THAT
COULD HAVE PHYSICAL INJURY OR DAMAGE TO THE
EQUIPMENT AS A RESULT.
NEVER EXCEED THE MAXIMUM WEIGHT AND/OR
DIMENSIONS FOR THE MATERIAL THICKNESS STATED IN
THE TABLE!
SAFETY INSTRUCTIONS
+
Never use this magnet before these instructions have been
read and understood
+
Persons fitted with a pacemaker or other medical
equipment should never use the magnet without first
consulting a medical specialist
+
Never remove warning or instruction plates from the
magnet
+
Always wear safety glasses, gloves, protective footwear
and a helmet
+
Never stand or move under the load
+
Never transport over or past people
+
Never use the magnet as an aid to lifting, supporting or
transporting persons
+
Warn by standers when beginning to lift the load
+
To prevent the hook from slipping outof the eye hook
always use a lifting hook equipped with a safety latch
+
Magnet is ON all the time. Risk of involuntary attraction of
steel objects:
-
in between handling operations always keep the
magnetic face away from steel objects
-
never hold or carry the magnet with your fingers on
the magnetic face
+
Ensure that the weight and dimensions of the load to be
lifted do not exceed the maximum permitted values
+
Never use a damaged or poorly operating magnet
+
Never use the magnet with dirty polefaces (metal chips,
rust, scale, dust,…)
+
Only break the magnet off when the load has been placed
on a stable surface
+
Never lift more than one work piece ata time with this
magnet
+
Never leave a hoisted load unattended
+
The temperature of the load or the surroundings must
never exceed 80°C
+
Never lift a work pieces which are smaller than pole surface
(foot print)
+
Maximum work load limit is obtained while magnet is in
fully horizontal position during the transport
For other materials consult your supplier.
THE WORKLOAD LIMIT MAY BECOME LESS AS A RESULT OF:
+
Air gaps between the load and themagnet, caused by paper,
dirt, paint, burrs,damage, surface roughness etc. either
onthe load or the magnet
+
Thin loads. The thinner the load, thelower the lifting
capacity
+
Length and width of the load. Long, wideparts that hang
outside the magnet, resulting in an air gap. This is called the
peeling effect
+
The load material type. In general it applies that: high alloy
percentage = lowlifting capacity
+
Some alloys are even totally non-magnetic (e.g. stainless
steel 304). The values in the table on page 4 apply to St.37 (S
235 JR). For other materials the liftingcapacity will be
reduced to the percentages below:
UNSAFE APPLICATIONS
NEVER LIFT A LOAD WITH A
CONTACT SURFACE SMALLER
THAN THE FOOTPRINT OF THE
MAGNET!
NEVER LIFT MORE THAN ONE
WORK PIECE AT A TIME
(THIN PLATES)
NEVER PLACE THE MAGNET
OVER A LARGE HOLE OR BORE!
EN
Material
%
H (kg)
V (kg)
S 235 [S 235 JR]
100
250
80
St 52 [St 52]
96
240
77
Cast steel
90
225
72
Stainless steel 430 F
50
125
40
Cast iron
45
112
36
Nickel
10
25
8
Appel Gratuit
Web
0800 33 11 11
Otelo.fr
Содержание GP250
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